Offloading computing to distributed and possibly mobile nodes is increas- ingly popular thanks to the convenience and availability of cloud resources. How- ever, trusted mobile computing is not presently viable due to a number of issues in both the mobile platform architectures and in the cloud service implementations. The complexity of such systems potentially exposes them to malicious and/or self- ish behavior. This chapter describes the state-of-the-art research on theoretical ad- vancements and practical implementations of trusted computing on a mobile cloud. Further, mobile distributed cloud computing security and reliability issues are intro- duced. Discussed solutions feature different levels of resiliency against malicious and misbehaving nodes.
Trusted, heterogeneous, and autonomic mobile cloud
Flavio Lombardi
2016
Abstract
Offloading computing to distributed and possibly mobile nodes is increas- ingly popular thanks to the convenience and availability of cloud resources. How- ever, trusted mobile computing is not presently viable due to a number of issues in both the mobile platform architectures and in the cloud service implementations. The complexity of such systems potentially exposes them to malicious and/or self- ish behavior. This chapter describes the state-of-the-art research on theoretical ad- vancements and practical implementations of trusted computing on a mobile cloud. Further, mobile distributed cloud computing security and reliability issues are intro- duced. Discussed solutions feature different levels of resiliency against malicious and misbehaving nodes.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.